ISSN:
ISBN: 978-1-68558-317-0

• Registered: with the Library of Congress of the United States of America (ISSN)
• Free Access: in ThinkMind Digital Library

AIVTS 2025 is colocated with the following events as part of SocSys 2025 Congress:

• PANDEMICS ANALYTICS 2025, International Conference on Pandemics Analytics
• PREDICTION SOLUTIONS 2025, International Conference on Prediction Solutions for Technical and Societal Systems
• SOCIETY TRENDS 2025, International Conference on Technical Advances and Human Consequences
• MODERN SYSTEMS 2025, International Conference of Modern Systems Engineering Solutions
• AIVTS 2025, The First International Conference on AI-enabled Unmanned Autonomous Vehicles and Internet of Things for Critical Services

AIVTS 2025 Steering Committee

Yasushi Kambayashi Sanyo-Onoda City University Japan

Lasse Berntzen University of South-Eastern Norway Norway

AIVTS 2025 conference tracks:

AI-Cognition for UAV/IoT-based critical services and applications
AI-based cognition and decision making in IoT/ UAV systems
AI and Autonomy in UAVs based on real-time data
Autonomous vehicles and smart city infrastructure with Edge AI computing
Self-learning IoT systems and UAVs
Swarm intelligence applications
Neuromorphic computing for IoT devices and UAVs
AI-based regulatory frameworks for IoT and UAV
AI and IoT convergence in Industry 4.0
Planned complex services for healthcare, urban planning, and emergency services

AI-based orchestration of IoT & UAV for critical systems
UAV-IoT-enabled sensing and tracking
Environmental monitoring
Disaster handling
Search and Rescue
Mapping and surveying
Precision agriculture
Emerging applications of 3D networks

Unmanned Aerial Vehicles (drones)
Single and Multi-UAV networks: architectures, topologies
UAV-related protocols and mechanisms
UAV-based sensor networks
UAV integration in cellular networks 5G, 6G
UAV-enabled edge computing: architectures and protocols
Mobility aspects
Micro flying systems
Standards and regulations

Ground autonomous vehicles (robots)
IoT sensors for robot perception
IoT-enabled robot navigation and mapping
AI-based path optimization and scheduling
AI-based orchestration of Industrial robots
IoT data analytics for robots
Robot swarms and IoT communication

UAV Applications for Critical Missions and Services
Express shipping and delivery
Disaster management: gathering information or supplying essentials
Storm tracking and forecasting hurricanes and tornadoes
Image processing, computer vision, and pattern recognition
Law enforcement and border control surveillance
UAVs for search and rescue operations
Forest fires related missions
Safety inspections and surveillance

UAV Operations
Wireless communication technologies for UAV
Routing, path planning, scheduling and tracking
Resource allocation in UAV systems
Mobility-related protocols and procedures
Cooperative control of UAV swarms
VLOS, EVLOS, and BVLOS operations of UAVs
Security protocols and mechanisms in UAV networks
Optimal UAV deployment strategies

Intelligent orchestration of UAV communication and computing
Autonomous sensing via UAVs
AI/Machine learning (DL, RL, DRL, etc.)  for UAV communications, management & control and for services
UAV Swarm intelligence
AI-based coordination in multi-UAV systems
Regulations and guidelines

UAV-related energy
Scalable wireless charging platforms for UAV networks
Battery and energy management in UAV networks
Energy-efficient UAV communications
AI-based prediction of drone energy consumption in flight

Internet of Things
IoT – architectural evolution
IoT applications for critical missions
IoT communication technologies
IoT integration in cellular networks 5G, 6G
Fog/Edge-computing-driven IoT
IoT-enabled tracking techniques
Security and privacy in IoT systems
Standards and regulations
Intelligent and AI-based IoT
AI-based applications in IoT

UAV and IoT Cooperation
UAV and IoT Integration: use cases, applications and challenges
UAV/IoT system architectures
UAV enabled networks for IoT
Physical and access layers topics in UAV-enabled IoT
UAVs equipped with IoT sensors
IoT- UAV management and control
IoT sensing for green and sustainable UAV-based applications
IoT for real-time UAV data transmission
UAV swarms for IoT deployments
Network and information security for UAV-enabled IoT
Quality of Service in UAV-enabled IoT
Energy-related topics in UAV-enabled IoT

Deadlines:

Deadlines differ for special tracks. Please consult the conference home page for special tracks Call for Papers (if any).